Electric toaster



' 'Apkil 25,1939.

O. M ANDERSON ELECTRI C TOASTER ET AL /V/LS TALMQU/JT April 25, 1939. o lM ANDERSON ET Ax. 2,155,352

ELECTRIC TOASTER Filed Feb. 20, 1936 4 SheetS-Shet 2 /V/LJ TALMQU/JT* @a Hf??? April 25, 1939.

O. M ANDERSON AL ELECTRI C TOASTER 4 Sheets-Sheet 3 y v Filed Fea.l 20, 1936 l #050@ MAp-sozv /V/LS TALM @www A April 25,'1939. o- M ANDERSON Er'AL 2,155,852

ELECTRIC TQASTER I Y n Filed Feb. V20, 1936 4 Sheets-Sheet 4 aum,

' retent'ed Apr. Y25, 193s UNITED STATES,

PATENT oFFlclz Britain, Conn., assignorsto Landers,

Clark, New Britain Connecticut Appueation February so, i936, sei-inl Naussz s claim.A (ci. 'isi-1s) This invention relates to electric bread toasters and. more particularly, to a toaster arranged toautomatically remove a slice "of bread fromV a heatingzone after a predetermined but ad- .iustable toasting period. 4

It is, therefore, the primary object oi' this invention to provide a toaster arranged to auto- Vmatically toast successive slices pf bread to the same extent.

vide a bread toaster arranged to automatlcaily 4remove a slice of bread to a discharge position at -the termination o f an automaticibutr adjustable toasting period.

A further 'objeeto f our invention is to provide a simplyconstructed and eillcient mechanif cal device for a bread toaster which may be preadjusted -to control the toasting time for successive slices of bread to the saine extent.

To the accomplishment of -these objects and A.others which will be apparent i'rom the i'ollow- -ing description oi' our invention, we have provided an electrically heated bread toaster having a mechanically actuated escapement mechanism which may .be preadjusted to 4eject successive slices of bread from the toasting zone after the completion of heating period. 'Our'invention flu'therresides in the features.- of construction1 combination of elements, and arrangement of parts which will be exemplied in the. construction hereinafter dis- Will be indicated in the appended-cl In the accompanying drawings illustrating this invention. wherein like parts are indicated by likenumerals: Figure 1 is a vertical \xism associated therewith; ,40 mg. 2 is e fragmentary end view of our invention showing the control member to regulate the 50 been released and the bread rack is rocked out of toasting position;

Fig. 5 is a plan view loolnng at the under side of the base of our toaster with the bottom cover plate removed;

: Fig'a is a fihgmentry Dersiictive view illus-'f It is a further object of this invention to proa predetermined but :adjustableA the scope of the application which section through thef toaster, showing the. adjustable timing mecha- .a

a heating element Il supported therein and conilr is in -an operative A.trating the latch mechanism and asso-j elated Darts:

Fig. 7 is a perspective. enlarged view of the release link;

Fig. 8 is vu. -i'ragmentary view showlngthe loca- 5 tions of the various parts at time of release;

Fig. 9 is an enlarged fragmentary perspective view taken substantially along the lines 9 9 oi' Fig. 5 and illustrating the lost motion :connection between the escapement lever and its ope 1 erating mechanism; v-

Fig. 10 shows another embodiment of the latch release mechanism and its associated parts; 'and' Fig. 1 1 is a sectional view ktaken along lines l II-IlofFlg. 10.'

As illustrated. one embodiment oi' our invention` comprises a toaster having a casingl pro@ vided with a base I 0, side walls I2, and a` front n wall I3 interrupted bya vertical aperture It in which e suitably shaped door is vis moveblv l0 mounted. 'lhe casing is also provided with spaced top walls I6 having an elongated aperture therebetween and in alignment withaperture I4 sothat heatmay be dissipated and slices of bread may be conveniently moved there- 3 5 through by means of door l5 and an associated bread supporting rack. The casing may be formed to any desiredv shape and composed of any material capable of wlthstandingheat. In

the present illustrated embodiment, the various 3 parts are composed of sheet metal suitably secured together. as by rivets, to provide a. substantially rectangular casing having any suitable decorative form and finish to provide apleasing appearance. l

In the present showing, our toaster is arranged to 'simultaneously and' automatically toast two slices oi.' bread to-the same extent. However, it is to be understood that the present invention relates to a toaster arranged to control the toasting time of one or any number of slices of bread. As illustrated, 'we vhave provided an intermediate inner vertieel partition zo having posed oi suitably perforatedheat resistant insulating material havingheater wires 22 threaded therein fao that a heating' element is formed which simultaneously emits substantiallyf the e same'neet from eeen side thereof.) Sinner heetlng elementsare located within the casingrand adjacent to the opposed side walls thereofso- .that each slice of bread is 'simultaneously n opposed spaced heatingelements. It is not deemed necessary to further describe these ative position shown in Fig. 4.

heating elements since they may be of any wellknown and standard construction. ,t

Each heating` element is insulated from the casing and electrically connected to spaced terminal bars and 25 supported byand insulated from base I0 and which in turn are electrically connected to suitable spaced .pins 25 and 29 rigidly secured .to but insulated from the base and arranged to be removably connected to an electrical socket. In'the present instance, the pins 28 and 29 are rigidly secured to a depending portion 30 of terminal 25. One of said pins is electrically connected thereto, and the other is insulated therefrom. The pins are preferably positioned within the base I0, and a suitable aperture 'V3I is provided in the side of the base adjacent thereto and adapted to receive a socket whereby it may be electricallyconnected with said pins. Hence, it will be appreciated that whenever anelectrical socket connected to a c ord carrying a suitable s'ource of electrical energy is connected to the pins 28 and 29, all three heating elements are simultaneously energized and arranged to continuously emit heat until the 'socket is disconnected.A

The door I5 is pivotally supported at its lower end upon a transverse pin 52 supportedgin the spaced portions of front wall I3 adjacent to base I0 so 'that it may be pivotaliy swung from the operative position shown in Fig. 3 to the inoper- 'Ifhe door I5 is further provided with a spaced inner wall 33 integrally secured thereto and arranged to support two spaced racks, generally indicated at 55, of such 'shape that they may each suitably support a slice of bread.

In the presentinstance, both racks 35 are supported by anangle bracket 35 secured to wall 23. These racks may be of any suitable form and, as herein illustrated, are composed of angle members38 secured to wall and bracket 35 by rivets, and upwardly extending wire guards 39 secured to said members serve to laterally position a slice of bread. The outer face of door I5 is provided-with a suitable handle whereby the door may be rocked to either of its respective positions as shown in Figs. 3 and 4, and a slice of bread within the rack 35.may be easily moved with the door into and out of toasting position, as desired'. As shownin-Fig. l, a similar handle 4| is suitably fastened ,pn the opposed side wall I2 easily accessible.

whereby said handles 'may provide a convenient means for moving the toaster. -The toasting rack and door are preferably so constructed that the door may be 'easily swung upon its pivotpin 32 at any time and will remain to either its openV or closed'positiomas desired. Hence, it will be apparent that the toaster may be manually operated at any time without employing the automatic timing mechanism associated therewith t which will be later described. Y

Our automatic timing mechanism, in general, comprises a suitable escapement mechanism A and associated mechanical means whereby the escapement mechanism may be preadjusted to release a spring pressed latc generally' indicated at 42, and' arranged to automatically swing the door I5 and racks 35 tothe position shown .in Fig. 4, thereby automatically moving the bread at the completion o! the toasting period away `irom'the heating zone to a position whereitjs.

A may be of any .suitable andweli-knowntybe- Hence, it isnot believed necessary to disclose it Vto support a mechanical "link, generally indicated at 5|,

-secured to arm 55.

' 54 which is rigidly fastened The escapement /mechanismfi here in detail, and it has been illustrated more or 'less atically.

As herein illustrated, we have provided a Isupporting. plate 43 rigidly secured in spaced relation tobase I5 in any suitable manner, as by studs 44 which are adapted toreceive screws, whereby a base cover 45 may be removably secured in position. Feet 45 may be located on the under side of cover 45 in any desired position to support the toaster. For convenience of construction and in order to provide an easy access to the control mechanism in case of adjustment or repair, the various parts" of our timing device are mounted on plate 43 whereby substantially the entire mechanism and the plate may be removed as a unit from within the base. The escapement device A includes a casing 41 arranged escapement of any welllmown clock type and, as herein illustrated, having a tensioned spring 45 secured at one end to a fixed depending portion 49 of plate 43 and at the other end to a stud 59 mounted in a short later-t ally protruding arm 5| of a lever 52 actuated by" the escapement mechanism and which is lournalled'for free arcuate movement on a shaft 54 journalled in said casing and restrained to swing at a predetermined uniformly slow rate in response to the tension of spring 45 under control or theescapement mechanism. The outer end of the lever 52 is provided with a cam portion arranged to engage a pivotal release link and disengage latch 42 whereby a spring actuated device serves to tilt door I5 to the position illustrated in Fig. 4, as will b later-described.

Lever 52 is arranged to be swung through a varying but adjustable arcuate distance in order to regulate a desired but predetermined extent `of toastingtime. To accomplish this, we provide abell crank lever 55 having a laterally projecting arm 55 arranged for vertical movement within a slot 51 in front wall |3. The bell crank lever is pivotally supported upon a horizontal pin 55 mounted on an upright member 59 suitably secured withiii the casing and, vin the present instance, fastened to the frame .which supports one of the heater elements. Bell crank lever 55 is further provided with la downwardly depending arm 5|! substantially beneath pin 58 and pivotally connected at its lower end to an adjustable yand' preferably composed of a screw threaded member 52 adjustably threaded within a member ,59 pivotally Member 52 is pivotally co'nof 'a' screw or other suitable of a horizontally movable lever at its other end to vertical shaft 55 journalled in casing 11. The shaft 55 has a lever 55 rigidly fastened at its upper end for integral angular movement therewith-in casing 4 1 and arranged to engage a depending pin 51 on escapement lever 52 and in.l termediate of its ends. t

The setting of lever 52 is so arranged that it may be swung to an initial startingposition without transmitting any movement to theescapement'mechanlsm. As Yillustrated in Figs. 3 and 9,

nected by means means to one end projecting from the inner end of lever 52 extending through an arcuate slot .|25 .in sector |2| the shaft- 54 has a sleeve |25 journalled thereon;

selectively engages the ends of said slot; Hence, it will be appreciated that the setting movement of lever 52 will engage pin 25 with one end of slot |26 and transmit rotation to members |2| and |20 causing a slippage of clutch plates 23 on gear |24 without rotating said gear during the presetting of lever 52. During the escapement movement of lever 52, pin |25 engages the other end of slot |26 (Fig. 9), and the frictional en-v gagement of plates |23 .and gear |24 is sucient to operate the escapement mechanism which is constructed to be driven by rotation of gear |24 in this direction. The purpose of the lost motion connection of pin |25 within slot |26 will be later described.

A coiled spring 68 is mounted under resilient tension between the lower end of arm 60 and a lateral extension 10 of plate 43 so that bell crank 55 will be normally maintained in its upper position at the top of slot 51, as illustrated in full lines in Fig. l. To facilitate convenient movement of the bell crank lever, a heat resistant handle 1| is mounted on the outer end of arm 56. It

will thus be noted that downward movement of the bell crank lever, as caused by manually pressing upon handle 1|, serves to act through link 6| to swing lever 64 towards the right. as viewed in Fig.-5, and move lever 66 into engagement with depending pin 61, causing escapement lever 52 to also swing towards the right, presetting the spring actuated escapement mechanism associated therewith.

In view of the fact that lever 52 is restrained by the esca-pement mechanism to move uniformly towardsthe left under inuence of spring 48, it will be appreciated that the extent of presetting movement imparted to lever 52will predetermine the extent and period of escapement movement of said lever with relation to its delayed operation upon latch 42 which serves to release the door 5 so that the bread will be automatically swung out of the heating-zone, as will be hereinafter described. To ment imparted to bell crank lever 55 so that lever 52 may be swung through a predetermined distance to provide an adjustable period of escapement, an angularly movable arm 12 is pivotally secured at its inner end upon a pin 13 mounted upon upright 59, and the outer end of said arm laterally extends through the lower portion of slot 51 and is arranged fuor operation therein beneath .arm 56 by means of a suitable insulated handle 14. The outer end of arm 12 adjacent to handle 14 is provided with a laterally extending locking tooth 15 adapted t0 be selectively er1- gaged within any one of a plurality of spaced teeth 16 cut within the side of slot A51, as shown in Fig. 2. A spring pressed member 11 is suitably secured, as by rivets, to an intermediate portion of arm 12 and provided with an outer end adjacent to the toothed portion 15 which resiliently engages the side of slot 51 opposed to teeth 16 to urge tooth 15 into locked engagement with one of teeth 16 and normally prevent the movement of arm 12 from its selectively locked position.

Intermediate of the ends of arm 12, we have further provided a laterally projecting ear 18 which, in the present instance, is integrally formed with member 11 and is adapted to be engaged by the under side of arm 56 to limit the extentof its downward movement as determined by the selective position of arm12. As a matter of convenience, a series of spaced graduations are provided adjacenttbftfie teeth 16 and marked the lower end of a depending lever 9| control the extent of movewith the legends light and dark at the respective upper and lower ends thereof. Hence, it will be apparent that arm 12 may be preset relative to said graduations, and the downward movement of the manually operated bell crank lever 55 will be limited to a predetermined extent so that lever 52 will be preset as required, and latch 42will be released at a predetermined time after the start of a toasting operation, thereby providing a simple and convenient mea-ns Whereby successive slices of bread may be toasted to the same degree. In the event that the adjustable movement of arm 12 does not provide the desired range of heating time, link 6| may be lengthened or shortened as required.

The operative movement of lever 52 and its cam portion 80 towards the left actuates a downwardly depending release link 8| freely pivotal on coaxial pins 82 journalled in the rearward end of a latch lever 83 pivotally supported intermediate of its ends upon atransverse pin 84 journalled in a bracket 85 rigidly fastened to plate 43. The front end of lever 83 forms part of the latch 42v and is provided with a depending tongue 81 arranged toengage a roller 90 journalled in pivotally mounted upon pin 32 which supports door I5. Lever 9| has spaced upper faces S3 urged into engagement with a depending portion 94 of bracket 36 by means of a coiled spring 91 secured under l'resilient tension between the lower end of ylever 9| and plate 43, as illustrated in Figs. 3 and 4. It will thus be apparent that when tongue 81 abuts against roller 90 of latch 42, the

upward pivotal movement of lever 9| about pin 32, as normally caused by spring 91, is prevented. However, it will be noted that when latch 42 is released, the spring 91 causes lever 9| to quickly swing upwardly, and surface 93 engages depending portion 94, causing the door v| 5 and associated racks 35 to swing into the position shown in Figs. 4 and 8 wherein the toast is substantially out of the heating zone and is easily accessible.

v Whereas we preferably mount link 8| on the end of lever 83 in a position `to be operated by cam 80, it will be apparent that the same result could be equally well obtained by mounting the cam on lever 83 and pivotally securing the link to the end of lever 52, and it is believed that the scope of the present disclosure is of suicient breadth to cover such a construction.

Lever 83 is preferably so supported by the intermediate pivot pin 84 that the rearward end of said lever supporting pivotal link 8| is heavier than the latch end of the lever whereby Vthe action of gravity will tend to normally maintain latch 42 in engaged position and resist the tensioned pressure of spring 91. Depending link 8| is provided with the opposed side plates 98 and AEl!! interconnected by a cross bar |00. These plates are journalled at their upper ends on the pins 82, and a cam engaging roller 0| is rotatably supported therein at their lower ends. A counter weight |03 fastened to plate 98 serves to normally maintain link 8| in the position 82 until bar |00 engages the depending portion |04. Further movement of lever 52 serves to pivot lever 83 about pin 84 and release latch 42 since at this time portion |04 prevents further pivotal movement of link 8|.

Roller |0| is preferably provided with an enlarged diameter |02 and a reduced diameter |02' connected by an intermediate tapering portion. As shown in Figs. 8 and 4, cam 80 rst swings into operative engagement with roller |0| and lifts the roller until the high point of the cam engages the enlarged diameter |02 to rock lever 83 and release latch 42. During this cam actuated release, it wil7 be noted that the cam 80 is swung beyond roller `I0| to a nal position (Fig. 4) in which the link 8| and roller |0| are again free to swing downwardly to their normal positions. In other words, to assure a complete release of latch 42, a greater movement is imparted to the escapement lever 52 and cam 80 than is normally required for release of said latch.

Upon resetting of the timing mechanism to its initial operative position as caused by the downward shifting of lever 55, cam 80, which is preferably shaped as an inverted V, will not transmit any movement to a lever 83 since link 8| is free to swing upwardly in a direction away from the rearward end of lever 83. At this time, roller |0| will simply be lifted by the cam without affecting other mechanism. During this lifting movement of link 8|, the cam will engage roller |0|, and as the roller is lifted by the cam, the arcuate movement of arm 52 will cause the cam to slidably move down the inclined taper of the roller into engagement with the reduced diameter |02', thus permitting the link 8| to become disengaged from the cam and swing downwardly to its normal position sooner than would be the case if roller |0| wereof the same enlarged diameter throughout its entire length. Furthermore, the lost motion connection between pin |25 and the ends of slot |26 is provided in the event that a very short toasting period is desired. It will be noted that this lost motion permits 'an additional extent of presetting movement of lever 52 which serves to move cam 80 beyond link 8| so that the link is free to drop to operative position. -Upon completion of this presetting movement, the spring 48 causes immediate take up of the lost motion, and operative movement of lever 52 from this position is regulated by the escapement mechanism.

In view of the fact that spring 91 is permitted to suddenly exert all of its compressive energy and throw the door and racks 35 to an open position, We have further provided a suitable shock absorber so that the door will be eased to a. stop during its final opening movement. To accomplish this, bracket 36 is provided with a pair of spaced downwardly depending ears |05 integral therewith and having an interconnecting transverse pin |06 at the lower ends thereof. A bracket |01 rigidly fastened to the top portion of base I0 and depending therefrom is provided with a. laterally extending arm |08 having a resilient spring strip |09 secured thereto at the lower end, as by rivets ||0. The upper end of arm` |08 is provided with an adjustment stud I |2 threadably received therein and engageable with the upper end of spring |09 to control the extent of its deformation and its position relative to pin |06. Stud I l2 may be' rigidly locked in its adjusted position by means of a suitable locking nut I4. As shown in Fig. 4, when door l5 is quickly thrown to its open position by means of spring 91 when latch 42 is suddenly disengaged, pinv |06 frictionally 'engages spring |09 and serves t0 fur- .extent of pivotal link movement.

spring and maintaining ther deform said spring which 4cushions the nal movement of the door and prevents its stopping with a sudden shock. This cushioned movement may be adjusted to the desired extent by means of stud ||2.

In the operation of our device, lever 12 is 1ocated at the desired point as indicated by the graduations associated therewith. Door |5 is then opened, and one or two slices of bread, as the case may require, are inserted within the racks 35. Door l5 is then rocked to its closed position, locating the bread within the toasting zones and engaging latch 42. Lever 55 is then depressed until its further movement is limited by the position of lever 12, and the automatic toasting period is started. During the automatic toasting period, cam swings towards the left and, after a predetermined time, engages roller |0|, thereby pivotally'moving lever 83 and releasing latch 42 whereupon springv 91 serves to pivotally open door |5 and move the toast out of the toasting zone to a position Where it maybe easily removed.

A slightly diierent embodiment of our invention is illustrated in Figs. 10 and 11. `As herein shown, the toaster is of the same general construction as that previously described with the exception thata diierent type of. release latch mechanism is provided. Depending lever 9| has a substantially horizontally disposed lever |30 pivotally secured thereto at one end by a pin |3 Lever |30 issupported intermediate of its ends upon a pair of rollers |33 journalled on a transverse. pin |34 passing through the lever |30 and removably secured in seats '|35 within the upwardly extending arms of a yoke member |31 which is supported by `a bracket |38 suitably secured within base I0. 'I'he free end of lever |30 has a depending link 40 pivotally secured thereto and provided with a cross bar |4| engageable with the under side of lever |30 and limiting the A roller |43 of the same general form of roller |0| is journalled within the lower portion of link |40' and positioned for engagement with cam 80 at the outer end of lever 52. As shown in Fig. 10, each seat |35 is provided with a substantially vertical abutment |44 against which the rollers |33 are urgedunder influence of spring 91, thereby normally restraining the stored energy within said depending lever 9| in the full line position illustrated. d

In the operation of this release mechanism, the door |5 is closed, moving the various parts to the full line positions of Fig. 10 wherein rollers |33 will rest in seats |35 against abutments |44. Lever 52 and. cam 80 are then preset as described with reference to our previous embodiment. During this presetting operation, the free pivotal movement of link |40 will permit the cam to pass by it without transmitting movement to lever |30. The cam 80 engages roller |43 in the course of its operative movement, causing bar |4| to engage lever |30 and lift rollers |33 above abutments |44 onto surfaces |46 upon which the rollers are free to move. As soon as the rollers are released from the abutments, spring 91 moves the parts to the dot and dash positionsillus'- trated, quickly ^pening door I5 and moving the toast to a position out of the heating zone.

In view of the fact that many changes could be made in the above construction and many apparently widely diierent embodiments of this invention could. be made without departing from the scope thereof, it is intendedthat al1 matter stanti-ally horizontal lever having contained in the above description or shown in the accompanying drawings shall be interpreted only as illustrative and not in a limiting sense.

It is also to be understood that the language used in the following claims is intended to cover all of the generic and specific features of this inf vention as herein described and. all statements of the scope of the invention which, as a matter of language, might be said to fall therebetween. We claim as our invention: 1. In a toaster having a movable bread carrierI a mechanical time control mechanism compiising a depending pivotally supported lever en-l gageable with said carrier to shift it to a nonoperativevposition outside of the heating zone, a spring tending to cause said lever movement, a substantially horizontal lever journalled intermediate of its ends upon a transverse D1n.,said lever being normally gravity actuated to lock one end thereof against the depending lever to prevent said spring actuated movement, a clock mechanism having an escapement controlled angularly movable arm terminating in a cam, a depending link pivotally secured to an end of the horizontal lever and having a roller journalled therein in the path of said cam, and means limitbe disengaged and the spring nism will servevto move the bread carrier out of ing the extent of pivotal link movement whereby operative engagement of the cam and roller will serve to tilt the horizontal lever and cause .the carrier to quickly move out of the toasting zone.

2. In an automatic timing device for an electric toaster, a movable bread carrier, a, spring actuated door opening mechanism arranged to move the bread carrier out of the toasting zone, a horizontally pivotal lever having a detent at one end, said lever being gravity urged into position whereby the detent prevents said spring actuated movement, a depending member pivotally secured to the opposite end of the lever, a roller supported by said member, and a clock actuated mechanism arranged to engage said rolleraiterl a predetermined period'and upset the normal position of said lever whereby the detent will actuated mecha-v the toasting zone.

3. In anautomatie timingdevice for an electric toaster, a pivotally mounted `door having a bread carrier secured thereto, a door opening mechanism arranged to move the bread carrier out of the toasting zone, said mechanism including a horizontally pivoted release lever, a link pivoted at one end thereof and gravity urged toja depending position, a roller journalled at the-` lower end of said link and having ,a reduced diameter and an l'enlarged diameter nected by a tapering portion, means lease lever engageable with the depending link and limiting 'its rocking movement towards saidlever, and a swinging arm having. a :cam .at its outer end arranged to engage and swing to either Vhaving spaced side of the roller, said forward cam movement 'engaging the enlarged diameter of the roller to swing the depending lever into engagement with and'operate. the door opening and said rearward cam movement engaging thereduced diameter lof the roller whereby the cam will quickly movepast the roller and the Alink'will again swing downwardly to an operative position.

4. In an automatic timing device for an electric toaster, a pivotally mounted door having a bread' earlier thereon, a spring actuated door opening mechanism arrangedto open the ioor andmove thejbread carrier out of the toastingzone, a subpending link into operative va timing mechanism to lift the other entiv of termined toasting period quickly shift the bread opening mechanism horizontal a detent at one end arranged to lock with said mechanism and prevent .the spring actuated movement, said lever being gravity urged into locked position, a depending link pivotally secured to the other end of said lever, a roller at the lower end of said, link, means on said lever engageable withthe link to limit the extent of pivotal link movement in one direction, an. angularly a cam engageable with'said roller to rock the deengagement with said lever and release the spring actuated door opening mechanism, said roller having a reduced portion and anenlarged portion whereby the cam will encounter the reduced portion during its return movement and quickly pass by the roller so that the link may again swing to its depending position.

5. Anelectric toaster comprising a pair of spaced heater elements, a bread carrier movable therebetween into and out of the toasting zone, a movablemember enggeable with said carrier to shift it out of the heating zone, resilient mns tending to cause said movement, ahorizontally disposed movable lever scoured at one end to said member, rollers on said leverand laterally extending 'therefrom intermediate of its ends, a bracket having seats arranged to support said rollers and prevent said shifting movement, and arranged to lift the rollers from their supporting seats whereby the carrier will be shifted out of the toasting zone.

6. In a toaster having a movable bread carrier, a time control mechanism including a depending pivotally supported member engageable resilient tensioned means tending to cause said movement, a horizontal lever pivotally secured movable arm having with the carrier to shift it out of the heating zone,

at one end to said member and controlling its movement, a transversely disposed lroller intermediate of the ends of the lever, a bracket hav#` ing a seat removably supporting said roller and including an abutment which restrains the-lever and depending member from movement,and a clock Amechanism having a swinging arm arranged the lever after va predeand'disengage the roller from said abutment whereby the lever is free to move longitudinally permitting a pivotal movement. of the depending member which serves to carrier to an inoperative position.

7. In anl automatic timing device for an electric toaster, a pivotally mounted door having a bread carrierl thereon, a spring actuated door arranged to move the bread carrierout of the toasting zone, a horizontally end `to av door opening :member and iournalled intermediate of its ends on a pair of coaxial laterally projecting rollers, a'braoket supporting seats andsubstantIaIIy' vertical' shoulders adapted to removably posi tion. the lever against spring actuated longitu* dinal movement, a pair of spaced top faces on said bracket adapted -to vsupport the rollers and permit longitudinal lever movement during'the opening andlfcl' movement of the door, a clock mechanism having an escapement controlled angular-ly movable arm terminating in a cam, af; depend ing linky on the other end of the lever the extent of link movement relative to the lever and having emuer journalled' in the path of. cam movement. and means limiting;

ranged t0 shift the oil-said lever and havin:

servetoliittherollers fromtheseats ontothe said top faces permitting a longitudinal lever movement and causing the carrier to quickly shift out of the toasting zone.

8. In combination with an electric toasterhavi ing a bread carrier movable into toasting zone, a spring actuated member arcarrier out of the toasting zone, a lever associated at onel end with said member and arranged to release said member for spring actuated movement, a link on the free en d a roller joznnalled at andout of a.

its lower end, a ann provided with a cam to engage said roller and shift said lever to release said spring actuated member, a timing mechanism arranged to cause an operative movement of said arm at a. uniformly slow and 'predetermined rate, means to adjust-- ably preset said arm relative to the roller, and

a lost motion connection between said arm. and

the clock mechanism.

oscAR M. Anmmsoni mns '1'. mamar, 

